With better tools comes better understanding

Our disruptive enzymatic synthesis technology is transforming
how molecular biology contributes to human health,
diagnostics and personalized medicine.
how it works

With DNA at your fingertips, discovery is within reach.

Next generation sequencing was a massive breakthrough for reading DNA. We’ve applied those same principles to synthesis, giving researchers a game changing way to write genetic material.
Terminal Deoxynucleotidyl Transferase (TdT) has been engineered to be the engine of our template free synthesis system, delivering fast synthesis with low error rates.
Novel 3’ reversibly terminated nucleotides are employed to control oligo elongation to a single base addition per cycle leaving scar-free, natural DNA.
Biocompatible resins are employed as the solid support for synthesis to produce oligos at a scale necessary for most of today’s molecular biology applications.
Upon completion of synthesis, oligos are liberated from the solid support and are purified to remove any contaminants that could inhibit downstream use.
Oligos are delivered, in plates, ready-to-use, having been quantified and normalized by the system.

DNA at



Unprecedented access to synthetic DNA opens up an entirely new way to work.
Our technology allows for a rapid, convenient way to access DNA on demand allowing life science researchers greater control over their projects.
Rapidly iterate on a time scale previously not possible. Accelerate your research with access to long, high purity DNA. Spend your day focused on solving tough problems, and forget about procuring starting material.

The world’s first
benchtop DNA printer
powered by enzymatic

Our benchtop DNA printer is powered by revolutionary enzymatic technology, delivering a faster and environmentally-friendly alternative to outsourced, chemical-based DNA synthesis.
coming soon
Oligos in
less than a day
Up to
96 or 384 syntheses in parallel
Less than 15 minutes of hands on time
Sequence in, ready-to-use oligos out
200 pmol
yield per well
99.5% cycle efficiency